Nikon AF NIKKOR 28mm F 2 8D Review | 54 Data compared

Ken Rockwell’s review highlights the Nikon 28mm f/2.8 AF-D as a compact, budget-friendly, and lightweight prime lens ideal for street and travel photography. Key advantages include impressive central sharpness, even when wide open at f/2.8, along with a durable metal mount and a very affordable price point, especially compared to the 24mm f/2.8D. Conversely, the review notes significant limitations, specifically soft corner performance on full-frame cameras unless stopped down to f/11. Other downsides include the lack of autofocus on entry-level Nikon bodies and the omission of close-range correction (CRC), which reduces performance at close distances.

The Momentcorp review of the Nikon AF Nikkor 28mm f/2.8D details a lens originally released in 1994, tested extensively on both DX (crop sensor) and FX (full-frame) digital bodies. Originally sought out by the reviewer as a 50mm-equivalent prime alternative for crop sensors, the lens ultimately failed to meet overall performance expectations. While it serves as a lightweight option for certain shooting styles, the reviewer concludes that Nikon has historically struggled with 28mm prime engineering, making this particular model a disappointing choice for modern full-frame users. The review highlights distinct pros and cons regarding the lens's physical design and optical output: Pros: The lens is noted for being highly affordable and exceptionally lightweight, weighing only 205 grams. Additionally, it delivers excellent infrared performance, exhibiting no hot-spots at any aperture setting. Cons: On the downside, the lens suffers from notable softness, proving to be significantly softer than zoom lenses like the 17-35mm f/2.8 at the 28mm focal length. It also exhibits heavy vignetting on DX cameras—which worsens on FX bodies—alongside visible chromatic aberration (CA) under harsh shooting conditions. Ultimately, the reviewer...

The OpticalLimits review by Markus Stamm evaluates the Nikkor AF 28mm f/2.8 D, a compact, lightweight (205 g), and highly affordable full-frame wide-angle prime lens originally introduced in 1994. Tested on a high-resolution Nikon D3x FX camera, the reviewer highlights several prominent pros, including its very good mechanical build quality featuring a robust polycarbonate outer barrel paired with a sturdy metal mount. Additionally, the lens incorporates a non-rotating front 52mm filter thread that makes utilizing polarizers exceptionally easy, alongside a smooth, marginally damped rubberized focus ring. It also features a linear extension system that reports distance information directly to the camera, which aids in accurate metering.

The Nikkor AF 28mm f/2.8 D is a compact, lightweight, and highly affordable prime lens that serves as a 42mm standard-equivalent lens when tested on a DX-format camera like the Nikon D7000. Originally introduced in 1994, it stands out from its sister lenses because it features an entirely new optical design rather than recycling older manual-focus barrel blueprints. Its primary pros include very good build quality with a polycarbonate barrel and metal mount, a non-rotating front element that makes it easy to use polarizing filters, and smooth manual focusing capability. However, the lens has several distinct cons stemming from its legacy design and lack of modern integration. Because it lacks an internal autofocus motor, it relies entirely on a mechanical screw-drive system operated by the camera body, meaning it cannot autofocus on entry-level Nikon DSLRs. This mechanical drive also creates a moderate amount of noise during use, and the small focus ring rotates actively during autofocus operation. Additionally, the linear extension system causes the entire inner barrel to move outward as you focus closer, and buyers must purchase the matching...

The Nikon 28mm f/2.8D lens is highly praised by the reviewer for its exceptional real-world performance, rapid focusing speed on bodies like the Nikon D700, and impressive center sharpness. Despite facing widespread internet criticism, it delivers great value for its low price, costing around £150 used to £200 retail. The build quality feels solid and features a smooth, natural rubber manual focusing ring that mimics classic film lenses, making it highly usable even on manual-focus-only bodies like the Nikon D5000. Furthermore, it renders smooth out-of-focus highlights and satisfactory color saturation that responds well to post-processing. On the downside, the lens suffers from notable flaws common in online critiques, specifically a lack of edge sharpness and visible chromatic aberration/corner color fringing. In terms of physical operation, the front of the lens physically moves outward during focusing, making it prone to getting knocked or bumped. It also lacks the color "pop" and pristine engineering found in Nikon’s top-tier, internal-focusing lenses. However, the reviewer notes that these drawbacks are minor in practical use, especially when using proper camera settings and standard photo editing.

However, the review highlights several cons inherent to this older lens design. Structurally, it features a linear extension system where the inner tube moves and extends outward slightly when focusing closer. More importantly, the lens lacks an internal autofocus motor and relies entirely on a slotted drive screw operated by the camera body. This mechanic means that autofocus operation generates a moderate degree of noise compared to modern silent wave motors. It also means it will not autofocus on lower-end Nikon DSLR bodies that lack an in-camera AF motor.

📸 Small size, featherlight build The Nikkor 28mm f/2.8D is highly compact. It weighs only 205g. It has a durable metal mount. Its barrel uses solid high-quality plastics. It delivers fast autofocusing speed. The front filter thread stays static. This helps when using polarisers. It handles flare and ghosting exceptionally well. Chromatic aberrations are kept very low. It shines brightest stopped down to f/11. ⚠️ Poor performance when wide open The center image is soft at f/2.8. Outermost corners stay very soft until f/8. Vignetting is massive at wide apertures. This light fall-off mimics underexposure. It cannot be fixed in editing. Complex mustache barrel distortion is present. This ruins it for architecture work. Bokeh looks harsh at wide-open settings. The lens lacks an internal motor. It won't autofocus on cheaper bodies. Want to know how it stacks up against Carl Zeiss or Leica glass? I can break down the full comparison for you!

The Nikon AF-D prime lens series (20mm, 28mm, 35mm, and 85mm) delivers solid performance across the board, balancing quality with excellent value. Testing on a Nikon D3x highlights their common pros, which include negligible distortion, satisfactory-to-good sharpness, lightweight builds, and highly affordable price tags compared to modern counterparts. The 85mm f/1.8D stands out with an impressive DxOMark score of 26, proving it can still compete with newer lenses, while the 35mm and 28mm variants offer additional physical aperture control rings. However, these vintage lenses exhibit clear cons when pushed to wide-open apertures, specifically suffering from noticeable vignetting and chromatic aberrations. Field resolution is limited on the wider models, such as the 28mm f/2.8D which experiences a drop in edge-to-edge sharpness outside its optimal f/4 to f/8 range. A mechanical drawback of the AF-D series is the lack of internal autofocus motors, making autofocus dependent on the camera body's built-in motor. While newer G-series and premium Carl Zeiss options surpass them in raw sharpness and wide-aperture transmission, the AF-D primes remain highly capable options for budget-conscious photographers.

The DXOMARK review for the Nikon AF Nikkor 28mm f/2.8D evaluated on a Nikon D800E shows an overall DXOMARK score of 28. This compact, wide-angle lens exhibits notable optical strengths in several core metrics. Its strongest performance asset is its sharpness score of 19 P-Mpix, which is complemented by a solid light transmission value of 3.1 TStop. Additionally, the lens controls geometric distortion reasonably well, limiting its distortion level to a modest 0.5%. Despite these strengths, the decades-old lens design introduces significant optical compromises when paired with modern, high-resolution camera bodies. The most prominent drawback highlighted in the laboratory measurements is a heavy vignetting drop of -1.7 EV, which creates noticeable corner shading when shooting wide open. Chromatic aberration is also a weak point for this model, registering a relatively high lateral chromatic aberration measurement of 16 µm that can result in color fringing along high-contrast edges.